Rubber isolator bushings
The rubber isolator bushings are small rubber accessories that are made to prevent the transfer of the vibrations that every working engine or machine generates during the production process. These small units usually have great vibration dampening properties, and they also absorb the shock that comes from the devices. The reason why we need them is to protect both the machines and their surroundings. When the shock is not absorbed, then the vibrations are going to affect the inside parts, and they can cause damage to the surroundings.
The inside parts can easily get unmounted and they can start moving around in the device. This will lead to a lot of issues and breakages. Note that the rubber isolator bushings protect the screws and the bolts, along with any other parts made of harsher materials that are rigid. On the same note, if the machine vibrates all the time, and if there are no rubber isolator bushings implemented, then it will first damage the floors, and then all the walls and other items placed around it. In time, it may start slipping or just slowly moving around and bumping into other devices or fixed surfaces. When there is nothing to absorb the shock, the devices would produce too much noise which would be a health hazard for the workers and anyone around the machine or even the factory.
The rubber isolator bushings are extremely durable, and they can withstand a lot of pressure, harsh conditions, extreme weather, and they can even be in constant contact with water or chemicals without getting damaged, broken, or torn. These units can come in different shapes, sizes, and with different designs, and you are also free to choose or customize the colors. We are here to aid you in choosing the right parts for your needs, so you don’t have to risk making the wrong choice and having to replace everything later.
Product specifications
- Product form
- Elastomer bushing between a shaft or sleeve and its housing
- Application focus
- Engines. Size the part against the selected assembly.
- Dimensions to confirm
- Bore, outside diameter, length and any inner or outer sleeve. Match these to engines.
- Exposure to evaluate
- Outdoor weather. Validate the selected material under the combined conditions.
- Isolation objectives
- Steady vibration, impact or shock, structure-borne noise and sliding at the support. Define a measurable acceptance target on the supported assembly.
- Construction discussed
- Bolts or screws. Detail the chosen arrangement and all mating hardware on the drawing.
- Installed movement
- Specify radial and axial load, angular movement and the intended clamping arrangement.
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